147 results about "Message logging" patented technology

System and method for performing message logging for networked applications running on application servers. The application server may run a process referred to as a “logging service” that accepts requests from client processes to log messages regarding various types of runtime events or conditions. These client processes may include any of various types of processes, such as modules or components running on the application server. Any of various types of information may be recorded when a message is logged. For example, the information may include the date and time the message was created, the type of message, such as a warning message, an error message, etc., the message text to be recorded, the ID of a service or component requesting the message to be logged, or any of various other types of information. The logging service may also be operable to handle low-storage-space or out-of-storage space conditions.

A telephone answering system and method that integrates caller ID and directory information to automate the message reply functions is taught. In an illustrative embodiment a telephone line interface circuit for receiving voice and caller ID information, with a telephone number portion, is coupled to a caller ID data decoding circuit. A voice message memory and a data memory are coupled to a controller. The controller operates to receive and store the voice portion of each message in the voice message memory, and to store the decoded caller ID data in the data memory. A reply actuator is coupled to the controller, and actuation of the reply actuator causes the controller to enable a telephone line interface to place a telephone call to the telephone number portion of the caller ID data. The reply message may be recorded to the message memory for communication at a later time, specified by the user. In an illustrative embodiment, a telephone answering machine is taught that applies the present invention together with a speakerphone. The machine utilizes an alphanumeric display and a keypad for a user interface.

A message handler can dynamically change messages that are output during execution of a computer application. The messages are stored in a message file. When the application begins execution, it opens the message file, extracts the messages, stores them as message entries in a message table in computer memory and closes the file. Message records and message entries have formatting tags that allow dynamic substitution of desired information without expensive recompiling or version releases.

Methods and structure for storing log messages in a tokenized, international format and for presenting (viewing, printing, etc) the tokenized log message in a locally preferred native language. Log messages from a computing system or application are stored in an international tokenized format which remains constant regardless of the particular nation in which the system or application is operated. The tokenized format includes a message ID field which identifies a unique message and includes parameters values which are to replace variable portions, if any, of the identified message. A plurality of localized message catalog files are available to retrieve a localized native language string which corresponds to each tokenized message. The message ID field serves as an index to the localized catalog files. A viewer program then retrieves a localized text string message from a selected message catalog file replacing any variable portions identified therein with parameter values supplied in the tokenized message. The formatted, localized native language message is then presented (e.g., displayed, printed, etc.) to the requesting user in their preferred local native language. The present invention thereby enables users having a first preferred language to review or otherwise process logged messages generated by a system or application operable in an environment having a second preferred language. The present invention also simplifies parsing problems relating to automated analysis and post-processing of logged messages. The tokenized international format of the present invention remains constant regardless of the preferred local language of the system or application which generated the message.

A technique for reliably multicasting a message within a router network is provided. At least one special router in the network has associated persistent storage for logging a message being routed to one or more clients. When a message is received at this logger node, the logger places the message in persistent storage and sends a logging acknowledgment back to those routers to which the message was originally routed, as well as back towards the source of the message. The logger acknowledgment includes the message id, the logger id, and a logging number. When the logger acknowledgment is received by a router, it looks up the routing information from the original message, and sends the acknowledgment to those neighboring routers to which the original message was sent, excluding the link from which the logger acknowledgment was received. If the original message corresponding to the logger acknowledgment was buffered at this router waiting to be delivered, the message is then delivered to its client nodes. Processes for recovering from node or link failure within the router network, and for at most once delivery of messages, at least once delivery of messages, and exactly once delivery of messages are also provided.

Voice mail service in an environment having multiple voice mail technology platforms is provide by an Automatic Message Attendant (AMA) device and a subscriber profile database. The AMA device has a platform selector element that queries the subscriber profile database for voice mail technology platform indicator information, which it then uses to select a voice mail technology platform. Additionally, the AMA device may also have a greeting player and message recorder element that queries an announcement database, and a content adapter element that queries a message format requirement database. Thus, the AMA device may also provide call termination functionality by playing a greeting and recording a message from the caller, and converting the recorded message into a format suitable for use with the selected voice mail technology platform.

Methods, apparatuses, and systems allowing for configuration of message logging policy on a granular basis for web services networks. In certain embodiments, the present invention allows for an efficient data logging scheme where only messages, or message elements, of interest are stored. According to one embodiment of the present invention, the fabric services associated with the web services network architecture supports different instances of a logging service to which message data are logged. For example, the logging service instances can be configured to log only header information (header logging instance), only payload information (payload logging instance), or entire messages (message logging instance). The web services network control points can be configured to flag messages transmitted to a logging node with a logging service type, which determines which logging service instance operates on the message.

A system and method for controlling log files is provided in which each log file entry is associated with an importance level. Depending on the importance level, the log entry is stored in a separately maintained set of files which can thus be rotated on different schedules so that the more important log file entries are retained for appropriately longer periods of time so as to be better able to reconstruct event histories and reports for important events.

The invention relates to a system and method for changing the head portrait expression of a contact person according to messages of the contact person. The system comprises a SNS server, an information collection server, an information processing server, a transmission network and a plurality of clients. The SNS server, the information collection server, the information processing server and the clients perform data transmission and exchange through the transmission network; the SNS server receives and stores contact list information about the contact person and updated messages of the contact person; the information collection server acquires specified message logging from the SNS server according to the SNS account of the contact person, wherein the contact person whose messages are to be collected is specified the clients; the information processing server generates a new head portrait of the contact person according to the message logging; the clients update the contact list about the contact person according to the new head portrait of the contact person generated by the information processing server. The system and method convert the SNS message of the contact person of a user into the expression of the contact person of the user so that the user can know the latest conditions of the friends of the user visually and fast, and better and richer user experience is brought to the user.

The invention provides a method of achieving low-flux synchronous message logging. The method comprises storing the message logging of a first user which is communicated with one second user or more second users through different terminals, receiving data synchronization requests sent by the first user through the current terminal, and sending the message logging which meets the data synchronization requests and is not located on the current terminal to the current terminal. Accordingly, the invention further provides a server of achieving the low-flux synchronous message logging. In the process of the message logging synchronization of the terminal and the server, the method and the server of achieving the low-flux synchronous message logging can effectively reduce data transmission flux, improve data transmission efficiency and improve user experience.

The invention relates to a realizing method that seeing message in IM tool chat window that includes gaining the user number label of relative hail-fellow; adjusting the mode of chat window of relative hail-fellow set by user; creating chat window which possesses Tab control and current and history property chat window; using the windows message response realizes the switching of current page and history property page, and message record loading of corresponding history property page. The method of the invention increases the practicability of IM tool chat window and maneuverability of IM tool chat window.

A reliable and performant mechanism for communicating between independent processes, threads or parts of a computer system is described in which conditional atomic counters are used to manage a message queue. The conditional atomic counters control access to a message queue or memory space in a simple and reliable manner while minimizing the overhead of access to the mutex gate objects typically used in the implementation of message queues of the prior art. When implemented in software, a producer count and consumer count are maintained using conditional atomic store instructions with the condition on the store ensuring that one and only one producer or consumer of message records can actually post or receive validation of any specific message record. A counterpart implementation in hardware utilizes hardware mechanisms equivalent to those invoked by the software program.

Apparatus and method for notifying an Internet user of an attempted incoming telephone call to the same telephone line used to interconnect the called-but-busy party with the Internet. The disclosed embodiment comprises an Internet communication module and a message recorder / IP formatter at an Internet Service Provider (ISP). The ISP is contacted, either directly by a calling party via a telephone call, or by the central office via a telephone call, and a desired called-but-busy party is identified (e.g., with a telephone number). The ISP provides a notification message to the called-but-busy user via the data communication link established for Internet use between the called-but-busy party and their servicing ISP. The notification message may be textual (e.g., an e-mail message) and / or audible (e.g., a “.wav” file attached to an e-mail message). Moreover, the notification message may be passive, requiring the called-but-busy party to actively receive the notification request, e.g., by retrieving their e-mail. Alternatively, the notification message may be automatically activated upon receipt by the called-but-busy Internet user, e.g., using a self-executing JAVA applet or the like.

The invention provides a method, a client and a system for collecting an instant communication message and belongs to the technical field of computers and software. The method comprises the following steps of acquiring triggering operation of collection on the instant communication message; adding and storing the instant communication message in a message favorite arranged for an instant communication tool, or marking the instant communication message; and when triggering information for the message favorite is acquired, outputting the instant communication message added into the message favorite, or outputting the instant communication message with a mark through a message record interface. By the invention, important instant communication message can be added into the favorite to be stored independently or mark the message and output the differentiated display status, so that a user can conveniently search and better manage the important instant communication message.

Automated interface generation for computer programs operating in different environments is provided. An automated interface generation system, method, computer program product and article of manufacture is provided comprising an import utility and a runtime environment. The import utility imports a COBOL IMS transaction source file, parses the specified input and output message records, and generates an application programming interface. The application programming interface operates with the runtime environment to take the data values from the language of a different environment and translate them to a formatted IMS input message. This format is derived from the definition of the input message record in the COBOL IMS transaction source file. After the IMS transaction has executed, the resulting IMS output message is translated back to the data values of the language of the different environment, said values including the results of the transaction. The translation step handles data conversion between different code pages, machine architectures, and program semantics, and handles the dynamic nature of IMS messages.

The embodiment of the invention provides a message displaying method in a mobile client and a device. When a new message is received, whether the message displayed in a current page comprises a critical message is detected, and the critical message is the message that is received in preset time; if the message displayed in the current page comprises the critical message, the new message is displayed in the current page according to the set time sequence; and if the message displayed in the current page does not comprise the critical message, the current page is divided into two regions by adopting a region partitioning mode, one region displays the message that is displayed in the current page, and the other region displays the new message. The message displaying method and the device can display history message logging and new message logging in a compatible manner, so that the new message is displayed in a real-time manner, and the process that a user views the history message logging is not affected at the same time.

The present disclosure relates to a system and method for capturing log messages in a post-processing debugging environment. Embodiments may include receiving a processor model associated with an electronic design and generating, using one or more processors and the processor model, a complete view of the state of the memory. Embodiments may further include writing, using one or more processors and the processor model, a log message whenever a designated message logging function is reached within the complete view of the state of the memory.

The invention discloses a method and system for realizing a delay message queue, and the method comprises the steps that a client module transmits a message to a server module, and the server module writes the message into a relational database for storage; the server module judges that the expiration time of the message is greater than the time of the current server, and generates a delay messagerecord; the server module writes the delay message record into a delay message queue in a memory database, and periodically polls the delay message queue; the client module pulls a delay message record to the server module, and the server module checks the delay message queue, reads the message content in the relational database and feeds back the message content to the client module; and the client module receives the message content, sends ACK to the server module, and displays that the message is successfully received. According to the method, an extension strategy is adopted, various service scenes needing message delay are supported, functions of an existing message queue system are fully utilized to achieve zero invasion, and risks caused by modification of an original message queuesystem are avoided.

A monitoring system monitors processing of incoming messages by an application, and logs data related to performance of the application. The application includes a plurality of checkpoints, and the monitoring system logs data upon each message traversing the checkpoints in the application. The monitoring system is configured to dynamically modify checkpoints within the application based on latency detection of portions of the application, resulting in improved granularity / resolution of the data collected from congested portions of the application, and reducing the performance penalty of the monitoring system from portions of the application that are not congested.

Problem diagnostics may be obtained from components that log messages using a unique component identifier which is provided within each message so as to enable routing of callbacks to the component that originated the message. Similarly, problem diagnostics may be obtained from components that generate alerts, where the alerts contain the unique identifier of the component that generated the alert. Each component supports a diagnostic provider interface comprising operations which may be dynamically invoked, for example to solicit information from the component such as its configuration data, its state information, to execute self-diagnostic tests, and so forth In addition or instead, operations may be provided that can be invoked to cause the component to alter its configuration data (such as notifying the component to change its level of message logging) or its behavior.

Provided is a log alarm system based on streaming processing which comprises a project matching module which configures a data source needing to be received, configures a system alarm receiver and configures log matching rules; a log matching module used for loading the received data source, formatting logs, carrying out log matching according to log matching rules and transmitting the matched logs to the log action module; a log alarm condition configuration module used for configuring alarm conditions of logs; and a log action module which triggers an alarm action corresponding to the log information to send an alarm to a system alarm receiver, and clears the message record of the log recorded before. Real-time matching alarm of mass logs is achieved, multi-source data are synchronouslymonitored, and the system has more efficient alarm receiver management, rich alarm implementation and a powerful self-repairing function.

A system and method are presented for providing an instant messaging (IM) environment. The network includes a plurality of client computer processing systems, a plurality of public IM services and an IM server appliance coupling the client computer systems and the public IM services for one of one-on-one and group communication. The IM server appliance includes an IM server for directing IM communication between the client systems and the public IM services, a message logging for creating a log entry of IM communications, a conferencing server interacting with the IM server to providing multiple user IM conferences, a web providing an administration interface and a plurality of public IM service gateways for translating messages from a native IM protocol employed within the IM appliance to a public IM protocol executing in any of the public IM services.

Logging messages includes providing a logging subsystem that performs logging tasks, providing a log message database that contains log messages that are accessed according to a token value and providing calls to the logging subsystem, where a preprocessor modifies source code to replaces in-line text string parameters with tokens corresponding to the text string parameters. The in-line text string parameters may be log messages. The log message database may be coupled to the logging subsystem and the logging subsystem may access the log messages using the tokens. The preprocessor may determine if an in-line text message already exists in the log message database and, if not, may create a new entry for the in-line text message in the log message database.

It is not unusual for an e-mail message to request replies from multiple addressees. To enhance the opportunities for collaborations on a reply to the e-mail message, each of the messaging servers supporting the addressees maintains a message record identifying each addressee that signals he has begun working on a reply. When the message record indicate that at least two addressees are working on a reply, a notice that multiple addressees are concurrently working on a reply is immediately sent to each of the addressees, creating a collaboration opportunities for the addressees. The notice may take the form of a system-generated instant message.

A message routing system that allows applications at either end of the system to run as-is without modification. The system functions in a multithreaded environment and is capable of handling complex routing rules and message transformation. It is also capable of learning and executing new routing rules and message transformations in formats previously unrecognized by the system. The system enables precise and reliable logging of messages throughout processing and supports publication of enterprise-wide broadcast messages. The system further preferably employs cooperating inbound and outbound transport processes for consuming, routing, processing, safely storing and publishing messages in batches of logical units of work to ensure that the logical units of work are not lost in system transactions. The system also preferably utilizes a replay server for preserving and replaying messages that might otherwise fail to reach their intended destinations.

The invention discloses a multi-terminal online chatting system based on WebSocket and cache, and can solve the technical problems of poor timeliness and poor instant interactivity of an existing online communication tool. Based on computer equipment, the system comprises the following modules: a chat window front-end adaptive client page module and a server based on WebSocket and cache. The server based on WebSocket and cache is further divided into a message record cache processing module, a multi-chat-room automatic distribution module, a file picture voice processing module, a message entity module and a multi-thread safety processing module. According to the invention, long connection can be maintained, bidirectional real-time communication between the browser and the server is realized, and the instant interactivity is good; multi-terminal online communication is achieved, and the multi-thread concurrency problem is solved; multiple chat rooms are supported, load balance of multiple customer services is realized, and the problem of high-concurrency user consultation is solved; the unread message reminding number is supported; the system can be modularized, is light in weight,can become an independent distributed system, and provides services for the outside.

Embodiments of the present invention provide a system for verifying sending of a voice or multimedia message. The system improves significantly over previous systems by preventing unwanted recording of messages, while also providing expedient user operation. A computing device receives a first trigger operation representing an instruction to generate a voice or multimedia message. The computing device records the voice or multimedia message, and receives a second trigger operation. In response to determining that the second trigger operation represents a send verification instruction, the device sends the voice or multimedia message to a second user or group. In response to determining that the second trigger operation represents a null instruction, the device cancels sending the voice or multimedia message.

The embodiment of the invention discloses a user online duration statistical method and device, electronic equipment and a storage medium. The method comprises the steps that a pull message record ofa user is acquired according to a preset calculation period, and the pull message record comprises a user identifier, a live streaming room identifier and pull time; and determining the user online duration of the user in each live streaming room according to the pull message record. According to the technical scheme, the live streaming watching time length of the user can be counted in real time,and the situation that the user online time length counting accuracy is not high in a service code point burying mode is avoided.

A message routing system that allows applications at either end of the system to run as-is without modification. The system functions in a multithreaded environment and is capable of handling complex routing rules and message transformation. It is also capable of learning and executing new routing rules and message transformations in formats previously unrecognized by the system. The system enables precise and reliable logging of messages throughout processing and supports publication of enterprise-wide broadcast messages. The system further preferably employs cooperating inbound and outbound transport processes for consuming, routing, processing, safely storing and publishing messages in batches of logical units of work to ensure that the logical units of work are not lost in system transactions. The system also preferably utilizes a replay server for preserving and replaying messages that might otherwise fail to reach their intended destinations.